GPSPatchCeramic#

class ansys.aedt.toolkits.antenna.backend.antenna_models.custom.GPSPatchCeramic(*args, **kwargs)[source]#

Manages the ACT-derived ceramic GPS patch antenna.

This antenna is modeled after the ACT (ANSYS Customization Toolkit) reference design for a GPS L1-band (1.575 GHz) ceramic patch antenna with a coaxial feed.

Parameters:
*argslist

Positional arguments forwarded to CommonPatch.

**kwargsdict

Keyword arguments forwarded to CommonPatch.

Examples

Create a GPS ceramic patch antenna at the default frequency of 1.575 GHz:

>>> from ansys.aedt.toolkits.antenna.backend.antenna_models.custom import GPSPatchCeramic
>>> antenna = GPSPatchCeramic()

Methods

GPSPatchCeramic.create_3dcomponent([...])

Create a 3D component of the antenna.

GPSPatchCeramic.create_lattice_pair([...])

Create a lattice pair box.

GPSPatchCeramic.duplicate_along_line(vector)

Duplicate the object along a line.

GPSPatchCeramic.init_model()

Create a radiation boundary.

GPSPatchCeramic.model_disco()

Model the antenna in PyDiscovery.

GPSPatchCeramic.model_hfss()

Draw the ACT-derived ceramic GPS patch antenna in HFSS.

GPSPatchCeramic.set_variables_in_hfss([not_used])

Create HFSS design variables.

GPSPatchCeramic.setup_disco()

Set up the antenna model in PyDiscovery.

GPSPatchCeramic.setup_hfss()

Set up a patch antenna in HFSS.

GPSPatchCeramic.synthesis()

Scale the ACT reference geometry from the nominal GPS center frequency.

GPSPatchCeramic.update_synthesis_parameters(...)

Update the synthesis parameter from the antenna list.

Attributes